2. Analyze the following circuit to find the values of ID and Vps using the Method of Assumed State. You must validate your assumptions. Hint: Use Ip as unknown r. Use Ohm's law to represent Vp and Vs in terms of x. Note: The formulas for a MOSFET are given For MOSFET k₁ W lov SKSL TURIID 5V-TF L + VDS V1V -ww зкл т = 2m^/√² ID = 0, if VGs
2. Analyze the following circuit to find the values of ID and Vps using the Method of Assumed State. You must validate your assumptions. Hint: Use Ip as unknown r. Use Ohm's law to represent Vp and Vs in terms of x. Note: The formulas for a MOSFET are given For MOSFET k₁ W lov SKSL TURIID 5V-TF L + VDS V1V -ww зкл т = 2m^/√² ID = 0, if VGs
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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Transcribed Image Text:2.
Analyze the following circuit to find the values of ID and Vps using the Method
of Assumed State. You must validate your assumptions.
Hint: Use ID as unknown
. Use Ohm's law to represent Vp and Vs in terms of .
k = k
lov 5KSL
un
Note: The formulas for a MOSFET are given
For MOSFET
W
L
5V.
VDS
V₁=1V
k=2mA/²
-ww
3K M
ID = 0, if Vas < VT
ID = k [(VGs - VT) VDs - Vs , if VGS ≥ VT and Vps < (VGs - VT)
ID k (Vas-VT)², if Vas ≥ VT and VDs ≥ (VGS-VT)
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